压力相关死亡率的生物学基础

Peter Sterling, Joe Eyer
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引用次数: 175

摘要

在原始社会,人们认为身体健康取决于和谐的社会关系,而疾病则是社会混乱的结果。现代社会成年人的死亡模式支持这一观点,但其生物学基础并未得到广泛认可。这篇文章回顾了慢性心理觉醒产生慢性生理觉醒的机制,反过来,具体的生物病理。大脑为身体设定了广泛的生理和代谢活动模式,并通过控制自主神经系统和内分泌系统来加强这种模式。在兴奋状态下,大脑设定了一种分解代谢模式,调动所有产生能量的机制来“应对”,抑制储存能量或将其用于生长、修复和监视病原体的机制。作为这种适应性反应的一部分,大脑调动心脏、血管和肾脏机制来提高血压。当觉醒是慢性的,高压会造成损伤,与各种觉醒引起的化学变化相互作用,导致终末期疾病,如冠心病、中风和肾病。癌症和糖尿病的生物学原因尚不完全清楚,但似乎受到觉醒诱导的内分泌模式的强烈影响。晚期唤醒病理学的治疗技术含量很高,成功率有限,而且非常昂贵。主要的替代方案是试图通过使用强效药物大规模治疗轻度高血压(在美国有2300万至6000万患者)来预防终末期疾病。当药物阻断外周压机制时,大脑会驱使它们进行补偿,并要求使用其他药物进行阻断。经过几十年的药物预防,其累积的医源性影响很可能是严重的。轻度高血压的心理治疗(包括安慰剂、放松技术和社会支持)似乎相当有效。这些治疗似乎通过减少慢性唤醒而起作用,并且往往不会引起代偿性或医源性反应。大脑和神经内分泌系统对社会心理干预的异常敏感性表明,在现代,就像在原始社会一样,这些治疗方法将被证明是最安全和最有效的。
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Biological basis of stress-related mortality

It is believed in primitive society that physical health depends on harmonious social relations and that sickness follows social disruption. The mortality patterns of adults in modern society support this view, but its biological basis is not widely appreciated. This essay reviews the mechanisms by which chronic psychological arousal produces chronic physiological arousal and, in turn, specific biological pathology.

The brain sets for the body a broad pattern of physiological and metabolic activity and enforces it by control over the autonomic and endocrine systems. Under conditions of arousal the brain sets a pattern of catabolism, mobilizing all the mechanisms that produce energy for “coping” and suppressing the mechanisms that store energy or use it for growth, repair, and surveillance against pathogens. As part of this adaptive response the brain mobilizes cardiac, vascular, and renal mechanisms to raise blood pressure. When arousal is chronic, the high pressure causes damage which, in interaction with a variety of arousal-induced chemical changes, leads to endstage diseases such as coronary heart disease, stroke, and kidney disease. The biological causes of cancer and diabetes are not fully known but seem to be powerfully influenced by arousal-induced endocrine patterns.

Treatment of arousal pathology at the end stages has been highly technological, of limited success, and very expensive. The leading alternative has been an attempt to prevent endstage disease by treating mild hypertension on a mass scale (23–60 million patients in U.S.) with potent drugs. As drugs block peripheral pressor mechanisms, the brain drives them to compensate and to require blocking by additional drugs. Over the decades of prophylaxis for which drugs are intended, their cumulative iatrogenic effects are likely to be serious. Psychosocial treatments for mild hypertension (including placebo, relaxation techniques, and social support) appear to be quite effective. These treatments appear to work by reducing chronic arousal, and tend not to evoke compensatory or iatrogenic responses. The extraordinary sensitivity of the brain and the neuro-endocrine system to psychosocial intervention suggests that in modern, as in primitive society, these are the treatments that will prove safest and most effective.

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